NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
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Metagenome / Metatranscriptome Family F099210

Metagenome / Metatranscriptome Family F099210

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F099210
Family Type Metagenome / Metatranscriptome
Number of Sequences 103
Average Sequence Length 201 residues
Representative Sequence MSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Number of Associated Samples 78
Number of Associated Scaffolds 103

Quality Assessment
Transcriptomic Evidence Yes
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 100.00 %
% of genes near scaffold ends (potentially truncated) 0.97 %
% of genes from short scaffolds (< 2000 bps) 0.00 %
Associated GOLD sequencing projects 62
AlphaFold2 3D model prediction No

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (88.350 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Environmental → Aquatic → Marine → Coastal → Unclassified → Aqueous
(41.748 % of family members)
Environment Ontology (ENVO) Unclassified
(56.311 % of family members)
Earth Microbiome Project Ontology (EMPO) Free-living → Saline → Water (saline)
(87.379 % of family members)



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Multiple Sequence Alignments

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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 5.58%    β-sheet: 32.56%    Coil/Unstructured: 61.86%
Feature Viewer
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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 103 Family Scaffolds
PF08800VirE_N 32.04
PF13479AAA_24 20.39
PF10544T5orf172 1.94
PF02899Phage_int_SAM_1 0.97

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 103 Family Scaffolds
COG4973Site-specific recombinase XerCReplication, recombination and repair [L] 0.97
COG4974Site-specific recombinase XerDReplication, recombination and repair [L] 0.97


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A88.35 %
All OrganismsrootAll Organisms11.65 %

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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300005512|Ga0074648_1014262All Organisms → Viruses → Predicted Viral4908Open in IMG/M
3300007276|Ga0070747_1003668All Organisms → cellular organisms → Bacteria → Proteobacteria7123Open in IMG/M
3300009124|Ga0118687_10001379All Organisms → cellular organisms → Bacteria → Proteobacteria9298Open in IMG/M
3300017756|Ga0181382_1001574All Organisms → cellular organisms → Bacteria → Proteobacteria10475Open in IMG/M
3300017962|Ga0181581_10019232All Organisms → cellular organisms → Bacteria → Proteobacteria5078Open in IMG/M
3300018421|Ga0181592_10103566All Organisms → Viruses → Predicted Viral2210Open in IMG/M
3300018428|Ga0181568_10120003All Organisms → Viruses → Predicted Viral2204Open in IMG/M
3300019765|Ga0194024_1003615All Organisms → Viruses → Predicted Viral3177Open in IMG/M
3300021959|Ga0222716_10019606All Organisms → cellular organisms → Bacteria → Proteobacteria5027Open in IMG/M
3300025610|Ga0208149_1000653All Organisms → cellular organisms → Bacteria → Proteobacteria13111Open in IMG/M
3300025818|Ga0208542_1001876All Organisms → cellular organisms → Bacteria → Proteobacteria8622Open in IMG/M
3300025828|Ga0208547_1015104All Organisms → Viruses → Predicted Viral3266Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
AqueousEnvironmental → Aquatic → Marine → Coastal → Unclassified → Aqueous41.75%
Salt MarshEnvironmental → Aquatic → Marine → Intertidal Zone → Salt Marsh → Salt Marsh27.18%
Freshwater To Marine Saline GradientEnvironmental → Aquatic → Marine → Coastal → Unclassified → Freshwater To Marine Saline Gradient8.74%
Estuarine WaterEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Estuarine Water4.85%
SedimentEnvironmental → Aquatic → Sediment → Unclassified → Unclassified → Sediment3.88%
MarineEnvironmental → Aquatic → Marine → Neritic Zone → Unclassified → Marine2.91%
FreshwaterEnvironmental → Aquatic → Freshwater → River → Unclassified → Freshwater1.94%
Pond WaterEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Unclassified → Pond Water1.94%
SedimentEnvironmental → Aquatic → Freshwater → Sediment → Unclassified → Sediment0.97%
Microbial MatEnvironmental → Aquatic → Marine → Coastal → Sediment → Microbial Mat0.97%
SeawaterEnvironmental → Aquatic → Marine → Coastal → Unclassified → Seawater0.97%
MarineEnvironmental → Aquatic → Marine → Unclassified → Unclassified → Marine0.97%
Pelagic MarineEnvironmental → Aquatic → Marine → Pelagic → Unclassified → Pelagic Marine0.97%
SeawaterEnvironmental → Aquatic → Marine → Strait → Unclassified → Seawater0.97%
Saline Water And SedimentEnvironmental → Aquatic → Non-Marine Saline And Alkaline → Saline → Epilimnion → Saline Water And Sediment0.97%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300000116Marine microbial communities from Delaware Coast, sample from Delaware MO Spring March 2010EnvironmentalOpen in IMG/M
3300000117Marine microbial communities from Delaware Coast, sample from Delaware MO Winter December 2010EnvironmentalOpen in IMG/M
3300005512Saline surface water microbial communities from Etoliko Lagoon, Greece - halocline_waterEnvironmentalOpen in IMG/M
3300006025Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006026Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNAEnvironmentalOpen in IMG/M
3300006027Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_<0.8_DNAEnvironmentalOpen in IMG/M
3300006637Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_>0.8_DNAEnvironmentalOpen in IMG/M
3300006802Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18EnvironmentalOpen in IMG/M
3300006810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01EnvironmentalOpen in IMG/M
3300006867Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNAEnvironmentalOpen in IMG/M
3300006874Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNAEnvironmentalOpen in IMG/M
3300006916Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24EnvironmentalOpen in IMG/M
3300006919Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_21EnvironmentalOpen in IMG/M
3300007234Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNAEnvironmentalOpen in IMG/M
3300007236Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNAEnvironmentalOpen in IMG/M
3300007276Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_31EnvironmentalOpen in IMG/M
3300007344Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4EnvironmentalOpen in IMG/M
3300007346Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_31EnvironmentalOpen in IMG/M
3300007538Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_2 Viral MetaGEnvironmentalOpen in IMG/M
3300007539Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaGEnvironmentalOpen in IMG/M
3300007960Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1D Viral MetaGEnvironmentalOpen in IMG/M
3300009001Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_C_H2O_MGEnvironmentalOpen in IMG/M
3300009124Marine sediment microbial communities from methane seeps within Hudson Canyon, US Atlantic Margin - Hudson Canyon PC-16 72 cmbsfEnvironmentalOpen in IMG/M
3300009433Pelagic marine microbial communities from North Sea - COGITO_mtgs_100330EnvironmentalOpen in IMG/M
3300010296Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_27_0.8_DNAEnvironmentalOpen in IMG/M
3300010297Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_20_0.8_DNAEnvironmentalOpen in IMG/M
3300010299Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.2_DNAEnvironmentalOpen in IMG/M
3300010318Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Sum_15_0.8_DNAEnvironmentalOpen in IMG/M
3300010368Freshwater to marine salinity gradient microbial communities from Chesapeake Bay, USA - CPBay_Spr_15_0.2_DNAEnvironmentalOpen in IMG/M
3300016747Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 071409BT metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300016791Metatranscriptome of coastal salt marsh microbial communities from the Groves Creek Marsh, Georgia, USA - 041412BS metaT (Metagenome Metatranscriptome)EnvironmentalOpen in IMG/M
3300017756Marine viral communities from the oligotrophic San Pedro Time Series (SPOT) site, San Pedro Channel, CA, USA ? 5 SPOT_SRF_2009-10-22EnvironmentalOpen in IMG/M
3300017949Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071406AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017950Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041413US metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017951Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017952Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405CT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017956Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071403BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017958Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017962Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071404AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017964Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071410BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300017986Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101405AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018041Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041407BS metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018048Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041412US metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018049Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101408AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018421Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018424Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300018428Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101404AT metaG (megahit assembly)EnvironmentalOpen in IMG/M
3300019708Sediment microbial communities from the Broadkill River, Lewes, Delaware, United States ? BRC_2-3_MGEnvironmentalOpen in IMG/M
3300019756Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW6Sep16_MGEnvironmentalOpen in IMG/M
3300019765Freshwater microbial communities from the Broadkill River, Lewes, Delaware, United States ? IW13Sep16_MGEnvironmentalOpen in IMG/M
3300020177Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041402US metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020178Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041405US metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020191Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041410US metaG (spades assembly)EnvironmentalOpen in IMG/M
3300020436Marine microbial communities from Tara Oceans - TARA_B100000424 (ERX556009-ERR598984)EnvironmentalOpen in IMG/M
3300021364Coastal seawater microbial communities near Pivers Island, North Carolina, United States - PICO304EnvironmentalOpen in IMG/M
3300021957Estuarine water microbial communities from San Francisco Bay, California, United States - C33_18DEnvironmentalOpen in IMG/M
3300021959Estuarine water microbial communities from San Francisco Bay, California, United States - C33_13DEnvironmentalOpen in IMG/M
3300021961Estuarine water microbial communities from San Francisco Bay, California, United States - C33_3DEnvironmentalOpen in IMG/M
3300021964Estuarine water microbial communities from San Francisco Bay, California, United States - C33_34DEnvironmentalOpen in IMG/M
3300022178Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_31 (v3)EnvironmentalOpen in IMG/M
3300022187Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Sep_01 (v3)EnvironmentalOpen in IMG/M
3300022927Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 041413US metaGEnvironmentalOpen in IMG/M
3300022934Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 101413BT metaGEnvironmentalOpen in IMG/M
3300022935Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071405AT metaGEnvironmentalOpen in IMG/M
3300023116Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071412BT metaGEnvironmentalOpen in IMG/M
3300023173Coastal salt marsh microbial communities from the Groves Creek Marsh, Skidaway Island, Georgia - 071413AT metaGEnvironmentalOpen in IMG/M
3300025610Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_29_D_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025671Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Mar_4 (SPAdes)EnvironmentalOpen in IMG/M
3300025674Freshwater to marine saline gradient viral communities from Chesapeake Bay - CB_1508_1M Viral MetaG (SPAdes)EnvironmentalOpen in IMG/M
3300025759Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_24 (SPAdes)EnvironmentalOpen in IMG/M
3300025810Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_30_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025818Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Fall_15_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025828Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_N_<0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025840Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - DEBay_Sum_22_D_>0.8_DNA (SPAdes)EnvironmentalOpen in IMG/M
3300025889Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Nov_18 (SPAdes)EnvironmentalOpen in IMG/M
3300026187Salt pond water microbial communities from South San Francisco under conditions of wetland restoration - Salt Pond MetaG SF2_C_H2O_MG (SPAdes)EnvironmentalOpen in IMG/M
3300032277Microbial mat bacterial communities from mineral coupon in-situ incubated in ocean water Damariscotta River, Maine, United States - 3-month pyrrhotiteEnvironmentalOpen in IMG/M
3300034375Aqueous microbial communities from the Delaware River and Bay under freshwater to marine salinity gradient to study organic matter cycling in a time-series - Viral MetaG DEL_Aug_30 (v4)EnvironmentalOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
DelMOSpr2010_1009946423300000116MarineMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF*
DelMOWin2010_1010793123300000117MarineMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
DelMOWin2010_1024436813300000117MarineAGSSGNGNGPILDEGNYLVSVADMEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVNHADTTFWKLDLGLRHMKQICVYSGCPDHKITDDRHSYTPILEGNQFAIGVRNLKDKATGAVRHKSLDNGKTVPMKVVQFIERSITDLPPVQKSASVAPGVEDILNKFNKTFKGSTL
Ga0074648_101426233300005512Saline Water And SedimentMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGTEEDVPF*
Ga0075474_1010376423300006025AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTP
Ga0075474_1017036113300006025AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCEEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTP
Ga0075478_1004506623300006026AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0075462_1001760023300006027AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSTLMTDEVPAGAPTGGTPVGTEEDVPF*
Ga0075461_1007898423300006637AqueousFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0075461_1011739413300006637AqueousVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGTPTGAEEDVPF*
Ga0070749_1018184113300006802AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPDETDDKGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHRKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0070754_1011663513300006810AqueousGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCEEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0075476_1013977523300006867AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVKHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTG
Ga0075476_1027879013300006867AqueousIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDKGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGA
Ga0075475_1010482613300006874AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTG
Ga0075475_1045972513300006874AqueousVSVAELEVLPEETDDQGKFLQQQIKVEFQCEEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAP
Ga0070750_1026447313300006916AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHRKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0070746_1013624023300006919AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDEGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGTPTGAEEDVPF*
Ga0070746_1048344613300006919AqueousLRSAGGSGNGNGPILDEGNYLVSVAELEVLPDETDDKGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKYSKTFKGSSIMSV
Ga0075460_1017610613300007234AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0075463_1017153913300007236AqueousVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0070747_100366833300007276AqueousMSSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVADMEVLPEETDEQGKFLQQQIKVEFQCGEGQFRTWYTVAHMDKNFDWAVGLGHDHLKQICVFSGCPNHKITDDKTSLNPILEGKQFAIGIRNQVDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGTPVGTEEDVPF*
Ga0070745_101626633300007344AqueousGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0070745_104943113300007344AqueousSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF*
Ga0070753_105964223300007346AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCEEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0099851_117497623300007538AqueousPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0099849_107888613300007539AqueousVSTMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0099849_128877113300007539AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILN
Ga0099850_127256123300007960AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDIL
Ga0102963_101270423300009001Pond WaterMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAEMEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVAHMDKNFDWAVGLGHDHLKQICVFSGCPNHKITDDKISLTPILEGNQFAIGIRNQVDKKTGAVMHKKLDNGKTYPKKIVKYFAQSITDLPPVQKSASSAPDAMDILNKFNKTFKGSTLMTEEVPAGAPTGGTPTGTEEDVPF*
Ga0118687_1000137993300009124SedimentMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGTEEDVPF*
Ga0118687_1021398413300009124SedimentMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGTEEDV
Ga0118687_1040481713300009124SedimentNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGRSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSNCLLYTSPSPRDVEESRMPSSA*
Ga0118687_1041519413300009124SedimentVAELEVLPEETDDKGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDISSYNPILEGKQFAIGIRNQVDKKTGAVMHKKLDNGKSYPKKIVKFFAQSITDLPPVSKSASTAPDAQDILNKFNKTFKGSSIMSCLLYTSDAADDLLCV
Ga0115545_122526113300009433Pelagic MarineDASQVELRTAGSSGNGNGPILNEGNYLVSVADMEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVAHKDQDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSLNPILEGKQFAIGIRNQVDKKTGAVMHKKLDNGKSYPKKIVKHFAQSITDLPPVPKSASSAPDAMDILNQFNKTFKGSTLMTDEVPAGAPTGVTPTGTEQDVPF*
Ga0129348_122692113300010296Freshwater To Marine Saline GradientVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGVEEDVPF*
Ga0129345_111888913300010297Freshwater To Marine Saline GradientMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGIPTGAEEDVPF*
Ga0129345_118104423300010297Freshwater To Marine Saline GradientGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0129345_126921013300010297Freshwater To Marine Saline GradientMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKG
Ga0129342_112438823300010299Freshwater To Marine Saline GradientVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0129342_124982113300010299Freshwater To Marine Saline GradientNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDAPAGAPTGGTPTGAEEDVPF*
Ga0136656_109459423300010318Freshwater To Marine Saline GradientSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF*
Ga0136656_117428613300010318Freshwater To Marine Saline GradientSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDAPAGAPTGGTPTGAEEDVPF*
Ga0129324_1025742523300010368Freshwater To Marine Saline GradientMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSS
Ga0182078_1032916113300016747Salt MarshETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0182095_105743123300016791Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPDETDDKGNFIQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0181382_1001574113300017756SeawaterMSSRVIFDASQVELRSVGGSGNGNGPILDEGNYLVSVAEMEVLPEETDEQGKFLQQQIKVEFQCGEGQFRTWYTVAHKDQDFWAVGLGHDHLKQICVFSGCPNQKITDDKISLTPILEGNQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKFFAQSITDLPAVPKSASSAPDAMDILNKFNKTFKGSTLMTDEVPAGAPTGGTPTGTEKDVPF
Ga0181584_1050981313300017949Salt MarshDEGNYLVSVAELEVLPEETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGTPVGTEEDVPF
Ga0181607_1041070123300017950Salt MarshMSRVIFDASQVELRSAGSSGNGNGPILDEGNYLVSVAELEVLPDETDDKGNFIQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVD
Ga0181577_1012381523300017951Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGAPVGTEEDVPF
Ga0181577_1053462123300017951Salt MarshRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGTEEDVPF
Ga0181583_1017899813300017952Salt MarshMSRVIFDAGQVELRSVGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAI
Ga0181583_1073621913300017952Salt MarshGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGA
Ga0181580_1027962713300017956Salt MarshGNFLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF
Ga0181582_1034400413300017958Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAIL
Ga0181581_1001923223300017962Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGTPVGTEEDVPF
Ga0181589_1003975823300017964Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0181569_1056001123300017986Salt MarshMSRVIFDAGQVELRSAGSSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGAPVGTEEDVPF
Ga0181601_1005922523300018041Salt MarshMSRVIFAASQVELRSAGGTGNGNGPILDEGNYLVSVAELEVLPDETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF
Ga0181606_1008009723300018048Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0181572_1027881123300018049Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGTEEDVPF
Ga0181592_1010356633300018421Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF
Ga0181591_1023045623300018424Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF
Ga0181568_1012000333300018428Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF
Ga0194016_100751913300019708SedimentVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDKPEGAPTGGTPVGTEEDVPF
Ga0194023_101291233300019756FreshwaterMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDKPEGAPTGGTPVGTEEDVPF
Ga0194024_100361523300019765FreshwaterMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF
Ga0181596_1014887123300020177Salt MarshMSRVIFDASQVELRSAGSSGNGNGPILDEGNYLVSVAELEVLPDETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF
Ga0181599_131158113300020178Salt MarshYLVSVAELEVLPDETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGTEEDVPF
Ga0181604_1012779223300020191Salt MarshETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF
Ga0211708_1006854423300020436MarineVSVADMEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVAHKDQDFQWAVGLGHDHLKQICVFSGCPNQKITDDKISLTPILEGNQFAIGIRNQVDKKTGAVKHKKLDNGKTVPKKIVKHFAQSITDLPPVPKSASSAPDAMDILNQFNKTFKGSTLITDEVPAGAPTGGTPTGTEKDVPF
Ga0213859_1022426723300021364SeawaterVLPEETDDKGNFLQQQIKVEFQCGEGQFRTWYTVSHKVKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAGMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGTEEDVPF
Ga0222717_1011544123300021957Estuarine WaterMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0222716_1001960653300021959Estuarine WaterMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVADMEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVAHKDQDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSLNPILEGKQFAIGIRNQVDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGTPVGTEEDVPF
Ga0222716_1053361313300021959Estuarine WaterGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSLDVPEGAPTGGTPTGTEEDVPF
Ga0222714_1002706933300021961Estuarine WaterMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVADMEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVNHKDQDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSLNPILEGKQFAIAIRNQVDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGTPTGTEEDVPF
Ga0222719_1030088223300021964Estuarine WaterMSRVIFDASQVELRSGGGSGNGNGPILDEGNYLVSVAELEVLPEETDDNGNFLQQQIMVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDISSYNPILEGKQFAIGIRNQVDKKTGAVKHKKLDNGKSYPKKIVKFFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGT
Ga0196887_105723123300022178AqueousMSSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVADMEVLPEETDEQGKFLQQQIKVEFQCGEGQFRTWYTVAHMDKNFDWAVGLGHDHLKQICVFSGCPNHKITDDKTSLNPILEGKQFAIGIRNQVDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGTPVGTEEDVPF
Ga0196899_106585223300022187AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYPVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0255769_1013606013300022927Salt MarshMSRVIFDASQVELRSAGSSGNGNGPILDEGNYLVSVAELEVLPDETDDKGNFIQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSV
Ga0255781_1001670333300022934Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLRHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGAPVGTEEDVPF
Ga0255780_1007481823300022935Salt MarshMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0255751_1013768123300023116Salt MarshMSRVIFDAGQVELRSVGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGTPVGTEEDVPF
Ga0255751_1026754313300023116Salt MarshTDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF
Ga0255776_1011716213300023173Salt MarshQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVKTLTNSSPDAEAILNKFSKTFKGSTLMTDEVPAGAPTGGTPVGTEEDVPF
Ga0208149_1000653153300025610AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0208898_102222723300025671AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCEEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0208162_106583813300025674AqueousSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0208899_105811243300025759AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEE
Ga0208899_114543423300025759AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSENVPEGAPTGGTPTGIEDDVPF
Ga0208543_104273123300025810AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0208542_100187693300025818AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSTLMTDEVPAGAPTGGTPVGTEEDVPF
Ga0208542_104386513300025818AqueousNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGKQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0208542_105251623300025818AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHRKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPNA
Ga0208547_101510453300025828AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAL
Ga0208547_102223823300025828AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0208917_124382613300025840AqueousVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGGTPTGAEEDVPF
Ga0208644_105533923300025889AqueousMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPDETDDKGNFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVELGHDCLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHRKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF
Ga0208644_122835313300025889AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKSSYNPILEGRQFAIGIRNLTDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKT
Ga0209929_101697623300026187Pond WaterMSRVIFDASQVELRSAGGSGNGNGPILDEGNYLVSVAEMEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVAHMDKNFDWAVGLGHDHLKQICVFSGCPNHKITDDKISLTPILEGNQFAIGIRNQVDKKTGAVMHKKLDNGKTYPKKIVKYFAQSITDLPPVQKSASSAPDAMDILNKFNKTFKGSTLMTEEVPAGAPTGGTPTGTEEDVPF
Ga0316202_1045751213300032277Microbial MatILDEGNYLVNVADLQVLEEERDEKKQLLQQQIMVEFQCGEGHFRQWYTVNHADRDFWRLDLGLRHMKQICVYSGCPHHKITDDLNSYTPILEGNQFAIGIRNLKDKATGSVRHKSLDNGKAVPMKVVQFIARAITDLPAVPKISSLAPETQDIMNKFNKTFQGSVLMSEKVPDGAPTAGNSTGTEEDVPF
Ga0348336_023834_1_6123300034375AqueousMSRVIFDAGQVELRSAGGSGNGNGPILDEGNYLVSVAELEVLPEETDDQGKFLQQQIKVEFQCGEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPEGAPTGG
Ga0348336_155671_180_6713300034375AqueousLQQQIKVEFQCEEGQFRTWYTVSHKEKDFWAVGLGHDHLKQICVFSGCPNHKITDDKTSYNPILEGRQFAIGIRNQIDKKTGAVMHKKLDNGKSYPKKIVKYFAQSITDLPPVSKSASTAPDAQDILNKFSKTFKGSSIMSVDVPAGAPTGGTPTGAEEDVPF


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